Labor cost per occupied room across U.S. hotels rose 12.8 percent in 2025, from $42.82 to $48.32. In Q1 2026 the same measure rose 1.8 percent year over year, from $45.96 to $46.79. Read together, those two numbers describe a market that absorbed a severe shock and then stabilised — and a 2026 budget built on the 2025 trend line will be wrong in both directions.
For engineering specifically, the picture is more particular than the property average, and the difference is where the budgeting decisions live.
Engineering did not move with the property
In the 2025 full-year data, maintenance engineers showed minutes per occupied room up 3.4 percent and hourly wages up 4.0 percent, combining to push engineering cost per occupied room up 7.5 percent. In Q1 2026, maintenance engineer wages rose 3.6 percent.
Two things follow from that decomposition, and they are easy to miss if only the CPOR headline is read.
First, engineering’s 2025 increase was not purely a wage event. Minutes per occupied room went up as well — the department spent more labor time per room sold, not just more money per hour of it. That is a workload signal, and wage benchmarking will not address it.
Second, engineering’s rate growth has been persistent while the property-wide CPOR increase decelerated sharply. Maintenance wage pressure at 3.6 percent in Q1 2026 against a 1.8 percent all-hotels CPOR increase means engineering is becoming a larger share of the labor stack, not a stable one.
The market context
U.S. hotels are projected to pay $131 billion in wages and benefits in 2026, up from $128 billion in 2025. Roughly 76 percent of hotels operate short-staffed, with the most acute gaps in housekeeping, front desk, culinary, and maintenance.
Maintenance appearing on that list matters more than its position on it. Housekeeping and front desk shortfalls degrade service immediately and visibly, which means they get escalated and solved. An understaffed engineering department degrades slowly and invisibly — deferred PMs, longer response times on work orders, and small failures that become capital events two years later. The shortage is real in both, but only one of them generates the pressure that gets it fixed.
Building the 2026 engineering line
Separate the wage assumption from the productivity assumption. These are different levers and blending them into a single percentage hides which one is failing. A budget that assumes a 3.6 percent wage increase and flat minutes per occupied room is making two claims; write them down separately so the variance can be attributed later.
Reset labor standards against 2025 actuals, not the standards on file. Minutes per occupied room moved. Standards written before that shift will produce a budget that looks disciplined and is unachievable, which reliably converts into overtime rather than into savings.
Model the overtime cost of the vacancy explicitly. In a short-staffed department, the unfilled position does not save its salary — the work moves to premium hours. A vacancy line that shows a favourable variance while overtime runs hot is not a saving, and the budget should be built so that shows.
Distinguish reactive from planned hours. Rising minutes per occupied room is only a problem if it is reactive work. If planned maintenance hours are increasing because a PM program was restored, that is an investment with a downstream return. If reactive hours are increasing, the asset base is telling you something and the labor line is the symptom.
Where technology actually helps, and where it does not
The industry commentary on 2026 cost control leans heavily on productivity and technology investment offsetting wage growth. In housekeeping, where the task is high-volume, repetitive, and schedulable, that case is straightforward.
Engineering is a weaker fit for the same argument. Work-order systems, sensor-based condition monitoring, and mobile dispatch genuinely reduce wasted movement and improve first-time fix rates — but the underlying trade is skilled diagnostic time, and there is much less of it to eliminate. The realistic gain is redirecting engineering hours from reactive to planned work, which lowers total cost of ownership over years rather than lowering the labor line this quarter.
A 2026 budget that books technology savings against the engineering wage line in the same year it deploys the technology is very likely to miss. Book the productivity case where it is defensible, and fund engineering at the rate the data actually shows.
The one number to track
If only one metric gets carried into monthly review, make it engineering minutes per occupied room, trended against the reactive-to-planned ratio. Cost per occupied room tells you what happened. Those two together tell you whether it is going to keep happening.